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In the intricate anatomy of modern technology, the electronic wiring harness is often likened to the nervous system of a device.

As the "neural network" for power and signal transmission, the structure and material design of the automotive wiring harness directly affect system efficiency and stability. An unreasonable design can lead to increased energy loss, exacerbated signal int

In the intricate internal architecture of modern household appliances, the wiring harness serves as the central nervous system, transmitting power and signals to ensure seamless operation.

The rapid evolution of the global energy landscape, driven by the urgent need for sustainable power solutions and the electrification of transportation, has placed energy storage systems at the forefront of technological innovation.

In every corner of modern family life, from the coffee machine that wakes you up in the morning to the air conditioner that keeps you asleep at night, home appliances have become indispensable partners.

Long-term thermal aging poses a significant threat to the reliability of electronic wiring harnesses. Prolonged exposure to heat can degrade insulation materials, increase conductor resistance, and compromise mechanical strength, leading to signal loss, s